—Semi-partitioned scheduling is a resource efficient scheduling approach compared to the conventional multiprocessor scheduling approaches in terms of system utilization and mig...
Abstract—This paper introduces an effective Static Probabilistic Timing Analysis (SPTA) for multi-path programs. The analysis estimates the temporal contribution of an evict-on-m...
Benjamin Lesage, David Griffin, Sebastian Altmeyer...
Abstract—This paper studies the performance analysis problem of energy-harvesting real-time network systems in the RealTime Calculus (RTC) framework. The behavior of an energyhar...
Nan Guan, Mengying Zhao, Chun Jason Xue, Yongpan L...
—In the automotive industry, there is currently great interest in supporting driver-assist and autonomouscontrol features that utilize vision-based sensing through cameras. The u...
—Cyber-physical systems (CPS) consist of physical entities that obey dynamical laws and interact with software components. A typical CPS implementation includes a discrete contro...
—Efficiently exploiting multicore processors for real-time applications is challenging because jobs that run concurrently on different cores can interfere on shared resources, s...
In mixed-critical applications, tension exists between sharing and isolation with respect to hardware resources: while strong isolation might be required for highly critical tasks...
Micaiah Chisholm, Bryan C. Ward, Namhoon Kim, Jame...
—Recently there is a growing interest of incorporating cellular architecture (with wired base stations and last-hop wireless connections) into fieldbuses to support mobile real-...
Aiping Tan, Qixin Wang, Nan Guan, Qingxu Deng, Xia...
Abstract—The application of built-to-order embedded hardware designs in safety critical systems requires a high design quality and robustness during operation. Flawless execution...
—In this paper we introduce X-Ware, a framework for computing whereby components used by an application can take different forms and characteristics across the lifetime of the sy...